So let us try to modify this school.
OK, what we have lived in for three plus is metallurgic sense that we are able to get due process meterology
to process the methodology.
We have to process one process which represent a research project.
So this will remain as it is.
It won't be too late.
But something that will be changing is the next technology as well as an output.
We will most use to process.
And the good part is in the Maleficent.
Both the logic are dependent on these as well as so merging them together will be very difficult.
OK, so let us just.
Try to remove this logic and most code that we have here inside the next project.
So when we are in a studio, if there is one, so when we are in a studio in Phoenix, radio should
be zero.
So we'll just copy this, OK?
And then here will just be straight.
And since then we are then we can add a multiple Studeman or a single statement.
So it won't be affecting if we had to statement after the break else.
So if you just observe ALS, we have got close to zero, so we'll just copy this and will add it into
an LC.
So this concludes our first Steet as zero declaration.
If we go to an S1, if Dean isn't here.
Also we have as you move the the next it is a zero.
So in that DDL it is one NCDOT.
So we just be straight over here and we have a deal to be with, Stu.
See right to replace this one with hate when we have another.
So next, it should be zero.
And when we had this video should be easy.
So we'll just be seeing it over here.
Right.
So this is how you can merge the two process together.
Now, you have incorporated all the behavior of our project in the next project itself so we can delay
this process.
This makes sense.
So now we able to merge two classes together, OK, and that can do both the work.
That is next as well.
So this is how you implement it to process materials.
Let's see whether we still able to get the same result.
OK, so we'll just see who will lose an existing simulation when the first.
And then we'll again perform simulation to Will just more and perform a simulation.
OK, now here's what we'll do is we'll just.
Mistakenly cited as in this process, will cancel that process, will force the clock so clock one to
zero, OK, then facilities applier is set high to win.
Just apply one Natalicio, try to execute the simulation and will be finding we are in status right
now.
What we'll do is we'll be forcing our dean to run and will be reviewing research to force and see,
you know, if I just try to execute our goal.
Still, you will be noticing that we will to get the squaresville right.
So I am still working a similar.